3. Normal intensity and short run time may indicate sulfation.
4. Low intensity and normal run time may indicate shorted cells.
5. Batteries which exhibit signs of sulfation or shorted cells must be replaced.
The sealed lead acid battery in this product is recyclable. At the end of its useful
life, under various state laws, it may be illegal to dispose of this battery in the
municipal solid waste stream. Check with your local solid waste officials for
details in your area for recycling options or proper disposal.
Pb
D. If the Vulcan has normal intensity and normal run time the battery is good.
Removing and Replacing the Vulcan Battery (See pictures on Page 11.)
A. Remove the facecap as described in Section l.
B. Place the Vulcan on a table or bench with the open end facing upwards and with the
handle away from you.
C. Carefully lift the reflector/lens assembly from the body and unscrew it from the lamp
socket.
D. Unscrew the Phillips head screws on each side of the battery clamp and remove the
battery clamp.
E. Carefully disconnect the battery leads. (Use needle-nose pliers if necessary.) Move
the battery leads aside.
F. Move the charge leads aside enough to allow the battery to pass. Do not disconnect
the charge leads.
G. Carefully pull the battery from the Vulcan body.
Note: Always handle the battery with care and do not allow it to become short-circuited. A
short-circuited battery can deliver hundreds of amperes of current, which can start a fire.
H. Install the new battery in the Vulcan.
1. Place the battery, terminal side up, into the Vulcan body. Position the battery with
the negative (black) terminal closest to the Printed Circuit Board, and the positive
(red) terminal closest to the charge contacts.
2. Attach the battery leads to the battery terminals, observing proper polarity.
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